Literaturverzeichnis

Feldmann C.

Hoffmann J.

Reinhart G., Lindemann U., Heinzl J.

Boothroyd G.

Design is the first step in manufacturing, and it is where most of the important decisions are made that affect the final cost of a product. Since 1980, analysis techniques have been made available which can guide designers towards products which are easy to manufacture and assemble. The availability of these techniques has created a revolution in manufacturing industry, especially in the USA, leading to reduced product cost, better quality, shorter time to market, lower inventory, few suppliers, and many other improvements. The paper first stresses the importance of taking careful account of manufacturing and assembly problems in the early stages of product design. Then, using a case study, the philosophy of the Design for Manufacture and Assembly (DFMA) methodology and its application are explained. The historical development of dessgn-for-assembly and design-for- techniques in Japan, Europe and the USA is presented. A review of published case histories emphasizes the enormous advantages to be gained by adopting this relatively new approach as the major tool in concurrent and simultaneous engineering. Finally, a discussion of the various roadblocks affecting DFMA implementation is followed by a discussion of current developments, which include product design for disassembly, service and recycling.

Quentin H.

Pahl G., Beitz W.

Krause F.-., Ulbrich A., Woll R.

Summary This paper introduces approaches for the integration of the QFD and FMEA methods as well as feedback with system components for computer aided product development. The integration is based on information models representing product, process and factory information. These information models will be extended by requirements and failure models to support the above mentioned quality assurance methods. A quality information model for company-wide information delivery is defined and forms the control of the quality driven product development process by integration of a system component for quality control.

Schuster G.

In diesem Kapitel werden die Planungsmodule des Montageplanungssystems beschrieben, während die Module mit betriebswirtschaftlichem Bezug Inhalt von Kap. 6 sind. Den Anfang dieses Kapitels bildet ein Überblick über das Planungssystem (Kap. 5.2), der sich insbesondere auf das konkrete Datenmodell und auf die Struktur des Planungssystems bezieht. Anschließend werden die drei Planungsmodule, der Komponentenkatalog (Kap. 5.3), die Montageprozeßplanung (Kap. 5.4) und die Montagesystemplanung (Kap. 5.5), abgehandelt. Dabei wird jeweils auf das Datenmodell, die Funktionalität und den Arbeitsablauf eingegangen und letzterer anhand kurzer Anwendungsbeispiele erläutert. Es folgt die Darstellung des gesamten Planungsablaufs (Kap. 5.6) sowie eine Zusammenfassung dieses Kapitels (Kap. 5.7).

Schmidt M.

Eversheim W.

Reithofer N.

Ammer E.

Andreasen M.M., Kähler S., Lund T.